人工智慧與量子運算攜手合作，加速新材料開發
AI and quantum computing team up to speed up new material discovery
Updated at: June 10, 2026 at 02:15 AM
人工智慧（AI）與量子運算的結合，正在引發材料科學的革命。
The intersection of artificial intelligence (AI) and quantum computing is sparking a revolution in materials science.
AI 作為強大的過濾器，能夠掃描數百萬種潛在的材料組合，以預測其穩定性與特性。
AI serves as a powerful filter, scanning millions of potential material combinations to predict their stability and properties.
同時，量子電腦能夠以高精度解決原子和分子行為模擬的複雜任務，提供超越傳統機器能力的數據。
Meanwhile, quantum computers tackle the complex task of simulating atomic and molecular behavior with high precision, providing data that exceeds the capabilities of classical machines.
研究人員現在可以透過在原子層級進行模擬，設計出具有特定性能的材料，例如效能更佳的電池或高效率太陽能電池。
Researchers can now design materials with specific, tailored properties—such as better batteries or high-efficiency solar cells—by simulating them at the atomic level.
此外，「閉環」系統讓 AI 能夠指導量子模擬，而量子硬體則產生新數據以持續優化 AI 模型。
Furthermore, "closed-loop" systems allow AI to guide quantum simulations, while quantum hardware generates fresh data to refine AI models continuously.
透過結合 AI、量子運算與高性能超級電腦，科學家們正在為能源、電子與基礎量子物理的突破敞開大門，為下一代的技術進步鋪平道路。
By combining AI, quantum computing, and high-performance supercomputing, scientists are opening the door to breakthroughs in energy, electronics, and fundamental quantum physics, paving the way for the next generation of technological advancement.
